Z84C4210PEC

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The Z84C4210PEC is a special low-voltage RAM chip with a variety of applications across multiple interface fields. It is designed to provide advanced memory storage solutions for embedded applications that require a low-voltage system. This include applications for smart cards, embedded industrial controllers, automotive entertainment systems, cellular phones, and digital cameras. It can also be used for graphics display controllers, microprocessors, and other non-volatile memory solutions.

At its core, the Z84C4210PEC is an 8-bit RAM chip that supports up to 4 kilobytes of dynamic RAM (DRAM) storage. It has two multiplexed I/O ports that allows more efficient data transmission. Additionally, it has integrated two additional I/O ports, providing faster data access. Each I/O port has a total of up to sixteen input/output lines.

The chip is designed to work in a wide range of voltage levels, from 1.8 V to 6.5 V. This allows it to be used in power-given applications, such as automotive or industrial settings where there might be a wide range of available voltages. It also has a wide operating temperature range, from -40 to +85°C, which makes it suitable for a variety of environmental conditions.

The Z84C4210PEC has a number of features that make it ideal for low-voltage applications. First, it uses a low-voltage single voltage level clock and also has a low-voltage reset signal. This makes it easier to provide the necessary voltage levels with fewer components. Similarly, the chip has a built-in low-voltage flash memory, allowing direct programming of the device with no external circuitry required.

The DRAM capabilities of the Z84C4210PEC also stand out. It supports standard DRAM and allows for up to 8 kilobytes of memory. Additionally, it supports a wide range of DRAM standards, including fast page mode DRAM and EDO DRAM. This makes it a great choice for applications that require a wide range of access speeds and memory sizes.

The Z84C4210PEC has a completely programmable I/O interface, allowing users to customize the chip and use it in a variety of scenarios. The chip includes two 8-bit ports, two 16-bit ports, and up to 64 interrupts. Each of these I/O interfaces can be programmed, allowing for a wide range of signal formats and transfer speeds.

Finally, the chip offers reliable read and write operations with no glitches in the memory access. This is supported by a dedicated signal line, allowing the chip to be programmed without the need of a separate signal line. As a result, users can program the chip from a single signal line, making it much easier to integrate into existing systems.

In summary, the Z84C4210PEC is an ideal low-voltage RAM chip for embedded applications. It has a wide range of features, from a low-voltage reset signal and single voltage level clock to programmable I/O interfaces and reliable memory access. These features make it a great choice for low-voltage embedding applications that require a low-voltage RAM chip.

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